The Driven Racing DRP-739 TT Rearsets are a race-inspired upgrade designed to improve rider positioning, control, and durability on the Kawasaki ZX-6R. Built from billet aluminum and engineered with track-focused adjustability, these rearsets provide a more precise and connected feel compared to the stock setup.
Designed for both aggressive street riding and track use, the TT rearsets feature multiple adjustment points, folding shift & brake pegs, and support for both standard and GP shift patterns—giving riders the flexibility to dial in their ideal riding position.
Key Technology & Design
Billet aluminum construction for strength and reduced flex
Multi-position adjustable footpeg and control placement
Folding shift and brake pegs for crash resistance
Supports standard and GP (reverse) shift patterns
Integrated adjustment window for precise peg positioning
Rigid side plate design for improved stability under load
Questions?
Speak to one of our experts today: 469-490-3577
Brand:
Driven Racing
SKU:
1623-0545
Description:
Ships in 1-2 Days (Inner 48 states Only)
Driven Racing DRP-739 TT Rearsets
Kawasaki Ninja ZX-6R (ZX636)
Product Overview
The Driven Racing DRP-739 TT Rearsets are a race-inspired upgrade designed to improve rider positioning, control, and durability on the Kawasaki ZX-6R. Built from billet aluminum and engineered with track-focused adjustability, these rearsets provide a more precise and connected feel compared to the stock setup.
Designed for both aggressive street riding and track use, the TT rearsets feature multiple adjustment points, folding shift & brake pegs, and support for both standard and GP shift patterns—giving riders the flexibility to dial in their ideal riding position.
Key Technology & Design
Billet aluminum construction for strength and reduced flex
Multi-position adjustable footpeg and control placement
Folding shift and brake pegs for crash resistance
Supports standard and GP (reverse) shift patterns
Integrated adjustment window for precise peg positioning
Rigid side plate design for improved stability under load